High Purity Water-Washed Performance Clay
Levigated Kaolin – Refined Mineral Performance Through Advanced Washing
Not all kaolin is the same. Levigated kaolin – also commonly searched as Levigated kaolin – is produced through controlled water washing, sedimentation, and fine particle separation to remove grit, coarse particles, and mineral impurities.
Our Levigated kaolin is engineered for purity, smoothness, and process reliability, making it suitable for manufacturers who require consistent mineral behavior rather than variable raw clay.
Through multi-stage levigation and tight particle classification control, we deliver a refined kaolin clay that performs as a dependable formulation ingredient – not a basic filler.
We believe in growth through innovation and sustainability and acting responsibly
- 13 Years of Experience
- Production Standards
- Product Quality, Consistency
- Reliable Customer Service
Versatility Across Industries
| Industry | Application | Key Benefit |
|---|---|---|
| Cosmetics & Pharma | Face Masks, Powders | High absorption of oils and toxins; smooth, non-gritty application on skin. |
| Fine Ceramics | Bone China, Porcelain | Ensures a flawless, speck-free finish and improves the “whiteness” of fired ware. |
| Paints & Inks | High-Grade Enamels | Provides a smooth, buttery consistency and excellent “leveling” properties. |
| Pesticides | Suspension Concentrates | Acts as a high-surface-area carrier that doesn’t clog spray nozzles. |
Applications
Why Choose Our Levigated Kaolin?
- Grit-Free Guarantee: Our multi-stage levigation process ensures a residue-on-sieve (325 mesh) of nearly zero, making it perfect for thin-film applications and fine coatings.
- Controlled Rheology: Because of its consistent purity, our clay provides predictable thickening behavior, saving you time in batch adjustments.
- Eco-Friendly Processing: We utilize closed-loop water recycling systems in our levigation tanks, minimizing environmental impact while maximizing mineral quality.
- Bright & Clean: By removing iron and titanium impurities during the wet phase, we achieve a natural brightness that is often lost in dry-milled products.